DNV WindHelm Integration

6B works with wind farm owners, IPPs, operators, asset managers, renewable investors, and multi-technology portfolios to integrate DNV WindHelm with SCADA systems, OEM platforms, CMMS tools, APM systems, and cloud analytics environments. Using APIs, data pipelines, event-driven workflows, IoT protocols, and cloud-native architectures, we enable accurate, timely, and high-value data exchange between WindHelm and your wider technology landscape. From discovery through deployment and long-term optimisation, we ensure your WindHelm integration is robust, efficient, and built for operational excellence.

Understanding DNV WindHelm

DNV WindHelm is a trusted performance monitoring and analytics platform for wind farm operations. It provides high-resolution analysis of turbine performance, SCADA data processing, event classification, availability modelling, energy yield calculations, and advanced portfolio reporting. The platform is widely used to identify underperformance, optimise asset operations, and benchmark turbines across diverse OEM fleets.

WindHelm supports integration through secure APIs, SCADA data ingestion pipelines, event-driven data exchanges, and structured file interfaces. It connects seamlessly with turbine OEM systems, high-frequency SCADA feeds, IoT sensors, condition monitoring systems, CMMS/ERP platforms, forecasting tools, and data lakes. With robust analytical models and configurable reporting, WindHelm helps operators track KPIs, improve reliability, enhance AEP, and support ongoing O&M decision-making.

Our DNV WindHelm Integration Process

We begin each project with a detailed discovery phase to understand your wind portfolio, SCADA sources, operational processes, and performance objectives. Whether your goal is to unify SCADA data, synchronise maintenance workflows, enhance reporting, feed analytics platforms, or integrate with APM systems, we map your requirements to WindHelm’s supported interfaces and data structures.

Our architects design a secure, scalable integration architecture using WindHelm APIs, ETL pipelines, event streams, IoT ingestion routes, or scheduled synchronisation depending on your data volume and operational needs. We consider critical non-functional requirements including data accuracy, latency, cybersecurity, availability, and cloud performance.

During development, we use our library of reusable components — SCADA ingestion handlers, mapping templates, validation layers, transformation pipelines, and monitoring dashboards — to accelerate delivery and ensure robust engineering. We conduct thorough functional, performance, and security testing to ensure integration reliability across complex multi-site, multi-OEM environments.

Once complete, we manage deployment in collaboration with your operations and engineering teams to ensure minimal impact on existing workflows. After go-live, we provide continuous monitoring, optimisation, and lifecycle support to keep your WindHelm integration aligned with platform enhancements, portfolio expansion, and evolving operational data requirements.

Benefits of DNV WindHelm Integration

Integrating your systems with WindHelm delivers significant operational, performance, and commercial benefits. High-frequency SCADA synchronisation and automated event classification enable more accurate performance insights, identification of underperformance, and prioritisation of maintenance activities.

WindHelm integration improves the reliability of AEP calculations, alarm analysis, availability reporting, and KPI tracking — supporting more informed decision-making at both asset and portfolio level. Automated workflows reduce manual reporting overhead, improve data consistency, and enhance collaboration between operational, engineering, and asset management teams.

Integration with analytics platforms enables predictive maintenance, machine learning models, and advanced anomaly detection. For investors and stakeholders, integrated WindHelm data supports improved transparency, financial modelling, and risk assessment.